Different herbicides for different vegetables

Protected cultivation of vegetables (1) Plastic film cultivation: 48% trifluralin, 50% Praxapol WP, 50% acetochlor, 24% guar, 33 % weeding through emulsifiable concentrate, 72% dole cream, 50% Napropamide wettable powder, 60% Butachlor Emulsion, 12.5% ​​Sophora Erythromycin and so on. (2) Cultivation of greenhouses: Due to the high temperature and humidity in the greenhouses, the sheds are airtight and hermetically sealed. Most of the herbicides used in greenhouses often cause phytotoxicity, and the weeds in greenhouses are particularly harmful. Therefore, greenhouse vegetable chemistry Weeding efforts still need to actively explore the application of herbicides, safe use of doses, and safe application periods.

Transplanting Vegetables Transplanting vegetables is transplanted to Daejeon after the nursery stage, so the tolerance to herbicides is stronger. To control the emergence of weeds before transplanting before soil treatment or transplanting, consider the following herbicides: 33% herbicide-assisted EC, 48% trifluralin EC, 50% prometryne wettable powder, 50% EC Amine EC, 24% GO, 72% DOE, 50% Napropamide, 60% Butachlor, 41% Glyphosate, 20% Paraquat, 12.5% ​​Caomin Ling EC and so on. However, melons, especially cucumbers, are sensitive to most herbicides and require special attention.

All types of broad-leaved vegetables such as 5% konjac gram emulsifiable concentrate, 12% condensate concentrate 4%, 4% special emulsifiable concentrate, 10.8% high-efficient gaisengeng emulsifiable concentrate, and 12.5% ​​narcotics extract are safe for broad-leaved plants. It has excellent control effect on grass weeds and can be widely used in broad-leaf vegetables to control a variety of grass weeds.

Small seeds of seeded vegetables or seedbeds are more sensitive to herbicides, and many herbicides that can be used to transplant vegetables can affect the emergence of such vegetables and even die after emergence. The herbicides that can be used for such vegetables include 33% weeding through emulsifiable concentrate, 50% napropamide wettable powder and 50% acetochlor EC. Large-grain seed or vegetables propagated in vegetative organs can use herbicides for selection of difference in position and time difference, and increase resistance to herbicides. Herbicides that can be used for pre-planting or post-planting and soil treatment before seedling include 33% herbicide-based EC, 48% trifluralin, 50% pracofen WP, 50% acetochlor EC, 24% guar EC 72% Dole Emulsifiable Concentrate, 50% Dalyli WP, 60% Butachlor Emulsion, and 12.5% ​​Sorotropine Emulsion.

Aquatic vegetables can be used to control herbicides in weeds in this vegetable field, such as 50% paracetamol WP, 60% butachlor, 12.5% ​​oxalon EC, 24% guar EC, and 10% agricultural Wet powder and so on.

No-till weeding recommended use: 20% Gramoxazole, 20% glyphosate, 20% Saida, 41% Roundup, 20% Gram-fast.

Rapeseed field weeding recommended use: efficient cover grass can, power tyrants, fine grater grass, get caught net, collect music pass, special spray, fine steady kill, high Turk, good and more, Aijie, NP-61 (speed Catch net) etc.

Florfenicol Injection is indicated for preventive and therapeutic treatment of respiratory tract infections in cattle due to Mannheimia haemolytica, Pasteurella multocida and Histophilus somni. The presence of the disease in the herd should be established before preventive treatment. It is additionally indicated for treatment of acute outbreaks of respiratory disease in pigs caused by strains of Actinobacillus pleuropneumoniae and Pasteurella multocida susceptible to Florfenicol.

Florfenicol

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